Perflow Medical Ltd.

Blockade Medical, LLC

Balt USA

Neurvana Medical, LLC

David Ferrera

Randall Takahashi

Avraham Rapaport

Gilad Cibulski

Jake Le

Pervinder Bhogal

Dawson Le

Joshua A Benjamin

Mion Reiter

Michael Söderman

George Martinez

Allon Reiter

A system for removing a thrombus. The system includes an expandable device that maintains axially fixed engagement with the thrombus. The expandable device applies a first force to the thrombus according to surrounding vessel size. The expandable device applies a second force to the thrombus according to an increased vessel size to maintain axially fixed engagement.

Method and apparatus for occlusion removal

The invention provides devices and methods for aneurysm treatment using a material that minimizes susceptibility artifacts in MRA images. Since images are not obscured by susceptibility artifacts associated with the aneurysm treatment device, those images are useful and reliable for evaluating the success of treatment. The material is preferably a non-ferromagnetic metal alloy and may include one or a combination of cobalt, nickel, chromium, and molybdenum. In certain embodiments, the material is a 35Cobalt-35Nickel-20Chromium-10Molybdenum-Low Titanium alloy medical-grade material.

Devices and methods for aneurysm treatment

Endovascular treatment of, for example, delayed cerebral vasospasm involves the placing of a microcatheter in the affected vessels followed by the teachings of the instant disclosure, which is clinically improved with comparison to slow infusion of a vasodilating compound. Systems, processes and self-expanding designed stents and stent-like members are featured and highlighted. The stents and stent-like members being retrieved, nothing is left in the vessel. Drug-eluting stents, resorbable stents and angiographically imagable coatings, including tantalum brushes over part or all of subject system components are also disclosed.

Treatment systems processes and devices addressing cerebral vasospasm/vasoconstriction

Vaso-impacting implants and novel methods of making coils, stent-trievers, flow diverters and the like enable aneurysm treatment, including in the brain. Refined and variegated framing and complex coils provide for rapid electrolytic detachment, including less than 20 second embodiments. Novel enhanced mandrels, fittings and winding schemes are likewise disclosed improving the standard of care and state of the art.

Coil system

An embolization device for treating ischemic stroke is disclosed, having a surface, wherein the body portion is configured to have a radiopaque and electropositive surface under physiological conditions when the device is emplaced, which ionically binds a blood component in an amount effective to promote stability of device in situ to bind to a tissue component in an amount effective to increase adhesion of the device as compared to a device without an electropositive surface. Embolic coils being so delivered are electrolytically detachable in under 10 seconds, according to the disclosed vascular implant systems.

Systems and devices for cerebral aneurysm repair

Growing community of inventors

Coto de Caza, CA, United States of America

David Ferrera